Using the Canopy, Using the Air-Thru System

Removing and Attaching the Seat Cushion and Eggshock Pad

CAUTION

If seat cushion is ripped or torn, do not use. Do not use the stroller without the seat cushion.

WARNING

Always ensure at least 1.2 inches of waist belt is visible after routing is complete.

Removing

1.Unbuckle the 5-point harness and pull all the straps through the seat cushion.

2.Unsnap seat cushion from seat extension.

3.Unhook elastic bands from backrest.

4.Grasp seat cushion and Eggshock foam and remove from seat.

Headrest

Backrest

Using the Canopy

Attaching

Fully insert the canopy holder (male) to the canopy holder (female) until a click is heard.

Removing

Pull tab on canopy up and pull out of canopy holder.

Attaching

1.Pass the 5-point harness straps through the appropriate locations in the Eggshock foam and seat cushion.

2.Fit seat cushion over backrest.

3.Attach all elastic bands.

CAUTION

Failure to fully secure the canopy holders can cause the holders to bend. When storing the stroll- er by laying it down, be sure the canopy is off the ground to prevent it from bending.

Extending

Press lock down to fully extend canopy.

Folding

Push lock up to fold canopy.

Using the Air-Thru System

	Open and close the Air-Thru window using the	Air-Thru Window
	zipper located at the rear of the canopy.	Air-Thru Window
	zipper located at the rear of the canopy.

7100 Series specifications

The Combi 7100 Series represents a cutting-edge advancement in multispectral imaging technology, designed for a wide array of applications, from environmental monitoring to agricultural analytics. This innovative series has garnered attention not only for its robust performance but also for its versatility and ease of use.

One of the standout features of the Combi 7100 Series is its high-resolution imaging capability. It integrates multiple spectral bands, providing users with detailed insights into their areas of interest. With a resolution of up to 20 megapixels, the system captures the fine details required for accurate analysis, making it an ideal choice for researchers and professionals alike.

An essential technology employed in the Combi 7100 Series is its advanced sensor technology, which utilizes cutting-edge optics and filters to capture data across different wavelengths. This enables users to analyze materials, detect changes in vegetation health, and monitor environmental conditions with unparalleled precision. The system is particularly effective in assessing crop health, allowing agronomists to implement targeted interventions.

Another characteristic of the Combi 7100 Series is its user-friendly interface, which simplifies operation and data interpretation. The intuitive software platform enables real-time data processing, allowing users to visualize results immediately. Built-in analytics tools assist in generating comprehensive reports, facilitating informed decision-making based on reliable data.

The portability of the Combi 7100 Series enhances its appeal. Designed for fieldwork, the system can be easily transported to remote locations. Its rugged construction ensures durability in various environmental conditions, making it a dependable tool for outdoor applications.

In terms of connectivity, the Combi 7100 Series is equipped with Wi-Fi and Bluetooth capabilities, enabling seamless integration with mobile devices and cloud platforms. This feature allows users to access and share data effortlessly, fostering collaboration among teams and enhancing research opportunities.

In summary, the Combi 7100 Series is a state-of-the-art multispectral imaging solution that combines high-resolution capabilities, advanced sensor technology, user-friendly software, portability, and seamless connectivity. These characteristics position it as a valuable asset for professionals across multiple industries, paving the way for informed decision-making and innovative research. Whether used for environmental monitoring, agriculture, or other applications, the Combi 7100 Series stands out as a leader in its field.